Development and Application of VR Support System for Medical Students

Cai, Ming; Sato, Ryota; Yoshida, Kenji; Takayasu, Kenta

doi:10.1109/nicoint.2019.00023

Cited by 5 publications

(3 citation statements)

References 1 publication

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“…The VR software simulates the object's kinematics, dynamics, and behavior. VR is applied in many fields of science and technology, including medical technology [2,3], military [4,5], architecture [6], and automotive industry [7], to meet the needs of research, education, and commercial purposes.…”

Section: Literature Reviewmentioning

confidence: 99%

Application of Virtual Reality Method in Aircraft Maintenance Service—Taking Dornier 228 as an Example

2022

Applied Sciences

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Flight safety and airlines operation have been at the center of research since aircraft were first invented, as even slight errors in aircraft maintenance may cause serious accidents. Thus, aircraft maintenance is critical to the aviation industry all the time. To prevent maintenance errors, it is important to train for aviation maintenance. Therefore, an aircraft maintenance virtual reality (AMVR) system was developed in this study. For a Dornier-228 aircraft, a walk-around visual inspection of its fuel system was designed and tested in a virtual environment. For the system, CATIA V5 and Unity 3D software were used for designing the 3D model of the aircraft and developing the visual environment, respectively. With the software, the visual environment of the aircraft hangar was created for the system. The developed system was tested by students to validate the effectiveness of using the AMVR system in training. The students acknowledged that the system was beneficial to their learning, which proved that the developed system is highly effective for training students to improve aircraft maintenance skills.

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Section: Literature Reviewmentioning

confidence: 99%

Application of Virtual Reality Method in Aircraft Maintenance Service—Taking Dornier 228 as an Example

2022

Applied Sciences

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“…The player wore a Samsung Gear VR headset to feel immersive, and virtual images were taken by a stereoscopic camera installed on the player's head, allowing the player to watch the video from a first-person point of view. Cai et al [61] also used virtual games as clinical teaching for medical staff. The surgical environment is highly simulated, and the human body and surgical instruments are modeled in 3D, which is convenient for players to observe the position of the organs in the human body.…”

Section: A Visual Interactionmentioning

confidence: 99%

Review of Serious Games for Medical Operation

Ning¹,

Guo²,

Hamzaoui³

et al. 2022

Preprint

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Medical operations(MOs) are essential in healthcare, and they are also a big concept that includes various operations during the perioperative period. Traditional operation exposes its limitations during the perioperative period, reflected in medical training, surgical preparation, and postoperative rehabilitation. Serious Games for Medical Operation (SGMO) offer new ways and complementary solutions to support MOs. Methods: As a review, this paper analyzes the development of SGMO and considers various aspects of the SGMO, such as interface, functions, and technologies. Results and conclusion: By combining MO and serious games' characteristics, the paper classifies SGMO and analyzes their features and functions for different groups of users and at various stages of the perioperative period (before, during, and after an MO). Interactive technologies used in SGMO are presented from a visual, haptic, and auditory perspective. Significance: This paper reviews the development of SGMO, summarizes its functions and technologies. Besides, it presents representative products and suggests future research directions.

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“…Jonas Schild et al [3] proposed a multiuser virtual reality collaborative medical training system, which builds a dual-user full-size VR environment, and the head-mounted display can be used by two participants at the same time, providing novel training tools for medical personnel and enhancing the current learning methods. Mingwei Cai et al [4] proposed the virtual medical support system, which demonstrated and explained the operation state in the process of surgical teaching through VR support system, making it easier for students to understand and reduce the fatigue and distraction of long-term learning. Philipp Stefan et al [5] proposed a medical augmented reality system for bone anatomy learning to improve learning efficiency through intuitive 3D imaging and visual learning.…”

Section: Introductionmentioning

confidence: 99%

Research on Human Skeleton Teaching System Based on Leap Motion

Feng¹

2022

AJST

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With the development of virtual reality technology, virtual teaching technology continues to improve, virtual reality technology is more and more widely used in medicine. Virtual reality technology can improve teaching efficiency by simulating real scenes with high reality. Human learning is very necessary for a medical professional, however due to the limitation of teaching resources, teaching things make teaching process insurmountable problems, therefore, in this paper, based on the Leap Motion of human body skeleton virtual teaching system, through computer modeling to simulate human body skeleton, the human-computer interaction technology based on gesture recognition algorithm, Realize human skeleton simulation teaching. Finally, the experiment proves that the virtual assistant teaching system can obviously improve the learning efficiency of learners.

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Development and Application of VR Support System for Medical Students

Cited by 5 publications

References 1 publication

Application of Virtual Reality Method in Aircraft Maintenance Service—Taking Dornier 228 as an Example

Application of Virtual Reality Method in Aircraft Maintenance Service—Taking Dornier 228 as an Example

Review of Serious Games for Medical Operation

Research on Human Skeleton Teaching System Based on Leap Motion

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